Heat Guns, Torches, Accessories

Image Part Number Description / PDF Quantity Rfq
6958

6958

Xcelite

REDUCING BAFFLE FOR 6966

13

6956

6956

Xcelite

REFLECTOR LARGE 1/2

70

ML100

ML100

Xcelite

MICRO TORCH MAGNA-LITE BUTANE

2

1095

1095

Xcelite

GUN HEAT DUAL TEMP

0

T6964

T6964

Xcelite

PRECISION REFLECTOR

0

6966C

6966C

Xcelite

HEAT GUN 120V 6966C

78

6965A

6965A

Xcelite

HEAT GUN HOLDER

46

ML200

ML200

Xcelite

MAGNA-LITE BUTANE TABLE TOP TORC

11

T6957

T6957

Xcelite

REFLECTOR LARGE 1-1/2

0

T1080

T1080

Xcelite

REDUCER FOR CONCENTRATING HEAT

0

T1085

T1085

Xcelite

KIT BAFFLE

0

6966RK

6966RK

Xcelite

KIT REPAIR 6966C

0

WB1

WB1

Xcelite

BUTANE FUEL,2.1 OZ,CANNOT SHIP A

0

6966H

6966H

Xcelite

HEAT GUN 120V W/MOMENTARY SWITCH

0

T1082

T1082

Xcelite

REFLECTOR FOR HEAT SHRINK TUBING

0

T6959

T6959

Xcelite

BAFFLE ADAPTER

0

6966EK

6966EK

Xcelite

6966EK HOT AIR GUN 230V

0

6966E

6966E

Xcelite

GUN 3 WIRE HEAT 230V 6966E

0

Heat Guns, Torches, Accessories

1. Overview

Heat guns, torches, and their accessories are industrial tools that generate controlled high-temperature airflow or flames for material processing. These devices play a critical role in modern manufacturing, construction, and repair applications, enabling precise thermal manipulation of materials such as plastics, metals, and composites. Their importance spans industries requiring thermal activation, bonding, or surface treatment.

2. Main Types and Functional Classification

TypeFunctional FeaturesApplication Examples
Electric Heat GunsVariable temperature control (100-700 C), adjustable airflowSoldering, paint stripping, PVC welding
Propane/Oxy-Acetylene TorchesHigh-temperature flames (up to 2000 C), portable operationMetal welding, pipe soldering, foundry work
Industrial Hot Air SystemsHigh-volume airflow, integrated automation compatibilityShrink wrapping, adhesive activation, preheating
Specialty AccessoriesNozzles, stands, temperature probes, extension hosesCustom thermal processing configurations

3. Structure and Components

Typical electric heat guns feature: - Ceramic heating elements with nichrome resistance coils - Axial fans for airflow generation - Digital temperature control systems - Ergonomic composite housing - Quick-change nozzle systems

Combustion torches include: - Gas cylinder regulators - Precision mixing chambers - Anti-flashback safety valves - Adjustable burner tips

4. Key Technical Specifications

ParameterSignificanceTypical Range
Temperature RangeDetermines material compatibility100-700 C (electric), up to 2000 C (combustion)
Power OutputAffects heating speed and duty cycle1000-2000W (electric), 5000-15000BTU (combustion)
Airflow RateImpacts thermal transfer efficiency100-500 L/min
Temperature StabilityCrucial for precision applications 5 C
Safety CertificationEnsures compliance with standardsUL, CE, CSA

5. Application Fields

  • Electronics Manufacturing: Solder paste reflow, component desoldering
  • Construction: Roof membrane welding, ice dam removal
  • Automotive: Paint curing, adhesive activation
  • Plumbing: Pipe soldering and thawing
  • Industrial: Shrink wrap tunnels, pre-insulation heating

6. Leading Manufacturers and Products

ManufacturerRepresentative ProductKey Features
Master ApplianceMG2800 Heat Gun600 C max, 3 airflow settings, 1500W
WellerWP 860 PTC Heat GunCeramic heating, 50-750 C range
Lincoln ElectricVictor Oxy-Acetylene Torch6500 F flame temperature, 300 series tips
3MHot Air Tool System 4000Integrated temperature control, modular accessories

7. Selection Recommendations

Key considerations: - Required temperature profile and stability - Duty cycle and continuous operation needs - Portability vs. stationary requirements - Safety certifications for hazardous environments - Accessory compatibility for specific tasks - Energy efficiency and operating costs

Example: For electronics rework, select a 400 C heat gun with 2mm nozzle and ESD-safe construction. For pipeline maintenance, choose a propane torch with 18" extension tip and flashback arrestor.

8. Industry Trends

Current developments include: - Smart temperature control with IoT integration - Battery-powered portable units with rapid recharge - Eco-friendly combustion systems with reduced NOx emissions - Modular designs with quick-swap accessories - AI-driven thermal profiling for automated processes

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